1. Werner Weiss AEE - Institute for Sustainable Technologies (AEE INTEC) A-8200 Gleisdorf, Feldgasse 19 AUSTRIA SOLTRAIN Targets and Results

2. SOLTRAIN Southern African Solar Thermal Training and Demonstration Initiative is a regional initiative on capacity building and demonstration of solar thermal systems in the SADC region It is funded by the Austrian Development Agency and co-funded by the Opec Fund for International Development

3. SOLTRAIN – Five Partner Countries

4. Project implementation: SOLTRAIN - Partner Organizations

5. SOLTRAIN Phase II: November 2012 - February 2016 Phase I: May 2009 - August 2012

6. Targets

7. SOLTRAIN The overall goal of SOLTRAIN is to contribute to the switch from a fossil fuel based energy supply to a sustainable energy supply system based on renewable energies in general but based on solar thermal in particular.

8. SOLTRAIN

9. Area 1 Raising awareness of the potentials in solar thermal technology: by informing targeted campaigns, relevant stakeholders and the public of the wide range of application areas for solar thermal systems. Awareness raising also includes showing the benefits of solar thermal systems concerning energy supply, poverty alleviation, job creation and the protection of the natural environment.

10. Area 2 Building of competence in solar thermal technology: There have been no centres of competence for solar thermal in the partner countries. SOLTRAIN supported the establishment of institutional structures which can offer expert advice, training and technical support to the local industry and politicians

11. Area 3 Creating solar thermal technology platforms: Similar to the European technology platforms, these platforms include all key stakeholders and sectors that influence the general conditions of how to accelerate the dissemination and use of solar thermal systems.

12. Area 4 Demonstrating that solar thermal technology works: SOLTRAIN set up solar thermal demonstration plants in order to apply the knowledge taught in the training programmes to installers, students and politicians. Both smaller and bigger plants were set up in social institutions and small and medium enterprises, where they contribute to water heating, cooling and the generation of process heat.

13. Framework Conditions

14. Total Final Energy Consumption Worldwide Source: IEA Statistics World total final energy consumption, 2011 (322 EJ) Source: Paolo Frankl, IEA, Paris

15. Heat plays important role worldwide Note: Figure based on 2009 data Source: Energy Technology Perspectives 2012

16. vvv According to the World Bank today some 25 countries in Sub-Saharan Africa are facing a crisis evidenced by rolling electricity blackouts Source: Fact Sheet: The World Bank and Energy in Africa, http://web.worldbank.org Shortcomings in the power sector threaten Africa’s long term economic growth and competitiveness. The cost to the economy of load-shedding is equivalent to 2.1 % of GDP on average

17. South Africas Electricity Production

18. Reserve Margin – Electricity Production Source: ISGAN Case Book

19. Picture Source: The World Bank About 50 - 60% of the electricity in the residential sector is used for hot water preparation as soon as people have access to electricity

20. ? How to solve the problem?

21. Solar Water heating could play a significant role to reduce the stress on electricity supply The anticipated contribution from IDM interventions to the national electricity plan in South Africa - Integrated Resource Plan 2010. Source: ISGAN IDM Case Study South Africa

22. Concept of the SOLTRAIN project

24. Training More than 2,100 people trained and nearly 200 solar thermal systems installed Between 2009 and 2015 bout 2150 people were trained in 80 training courses 187 solar thermal systems ranging from 2 to 125 m² collector area per system have been installed during the first and second phase of SOLTRAIN

25. Flag-ship Demonstration Districts

26. Direct Thermosyphon Systems

27. Indirect Thermosyphon Systems

28. Large-scale Pumped Systems

30. Cape Brewing Company (120/10.000)

32. Social Housing Program in Namibia

33. Monitoring

34. Energy balance of solar input and hot water consumption for NHE 2140 (SWH installed)

35. Total electricity consumption for NHE 2140 (SWH installed)

36. Energy balance of hot water consumption NHE 2141 (without SWH)

37. Total electricity consumption for NHE 2141 (no SWH installed)

38. Demonstration Systems Book

39. Energy savings and avoided CO 2

40. ZAR 346,000 avoided annual electricity cost If taking the 2015 electricity tariff 1) for households of the city of Cape Town as a cost basis, a total of ZAR 346,000 of electricity cost are saved every year with the installed systems. 1) 213.90 c/kWh including VAT

41. Specific system prices of solar thermal systems in southern Africa End consumer cost incl. installation and VAT

42. Specific system prices of solar thermal systems in southern Africa End consumer cost incl. installation and VAT

43. Company Support for Local Production

44. Awareness Campaigns Organized 22 stakeholder meetings with 680 participants Participation at 21 trade fairs and exhibitions

45. Conference: Solar Energy Technology in Development Cooperation - Frankfurt

46. Participation at Conferences - SAIREC

47. Training Systems for Universities and VTCs

48. Test Centre at Stellenbosch University

49. Solar Thermal Technology Roadmaps

51. Roadmap - Strategy for growth Today: 2014201520202030 Vision for 2030: 0.5 m² collector area per inhabitant Today:

52. Solar Thermal Technology Roadmaps

53. Acknowledgement

54. vvv Thank you for your attention IDEA to ACTION